Coandă effect

The Coandă effect is used in medicine as a ventilator.

The flames lie down along the surface, demonstrating the Coandă effect.

How to see the Coandă effect at home (www.physics.org comic)

By keeping only this tower open, air is drawn upwards using the Coandă effect.

This is a demonstration of the Coandă effect without the presence of any surface.

The car was launched with a partial Coandă effect exhaust system, the concept of which had been developed by other teams throughout the 2012 season.

It is in this broader sense that the Coandă effect is used by some to explain lift.

Both use the Coandă effect to induce lift.

By pushing the curtain in towards the shower, the (short range) vortex and Coandă effects become more significant.

In 1934 he was granted a French patent related to the Coandă Effect.

The Coandă effect has disadvantages as well as advantages.

The wing deflects upwards, thus demonstrating that the Coandă effect creates lift.

The Coandă Effect, also known as "boundary layer attachment".

In air conditioning the Coandă effect is exploited to increase the throw of a ceiling mounted diffuser.

The Coandă effect is the tendency of a fast stream of air to deflect to nearby surfaces.

Pump-jet powered watercraft do suffer from the Coandă effect, which must be taken into account when making changes in heading.

Probably the most famous of Coandă's discoveries is the Coandă Effect.

It uses the Coandă effect to divert and send urine to a soakaway, rather than rely on evaporation.

The wing has a rounded trailing edge to tangentially eject the air through the Coandă effect thus causing lift.

Powered by four FRJ710 turbofan engines and making use of the Coandă effect.

Aircraft were tested using channel wing principle layouts with circulation control devices that leveraged the Coandă effect.

Frost also became interested in the Coandă effect to produce lift, eventually abandoning the original delta wing design and replacing it with a true disc.

He invented a great number of devices, designed a "flying saucer" and discovered the Coandă effect of fluid dynamics.

In cardiovascular medicine, the Coandă effect accounts for the separate streams of blood in the fetal right atrium.

The Coandă effect can be demonstrated by directing a small jet of air upwards at an angle over a ping pong ball.